CN207120935U - Full-automatic multistage stacking conveying device for more bag package machine linkage production lines - Google Patents
Full-automatic multistage stacking conveying device for more bag package machine linkage production lines Download PDFInfo
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- CN207120935U CN207120935U CN201820031514.7U CN201820031514U CN207120935U CN 207120935 U CN207120935 U CN 207120935U CN 201820031514 U CN201820031514 U CN 201820031514U CN 207120935 U CN207120935 U CN 207120935U
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Abstract
The utility model discloses a kind of full-automatic multistage stacking conveying device for more bag package machine linkage production lines, including conveyer belt mechanism, in the top of conveyer belt mechanism, connection is supported by hopper, and hopper is interior by forming multiple feed bins along the uniform dividing plate in its longitudinal direction, it is characterized in that：Both sides are respectively symmetrically provided with the one-level gate and two level gate arranged up and down in each feed bin on hopper, for each feed bin to be divided into the one-level feed bin and two level feed bin arranged up and down；The one-level gate and two level gate are passed by the elongated hole on hopper side plate and are connected to gate driving device respectively；Guiding supporting plate is arranged between conveyer belt mechanism and hopper, supporting plate drive device is respectively equipped with conveyer belt mechanism both sides, supporting plate drive device is connected with the guiding supporting plate of homonymy respectively.Beneficial effect is：Compact-sized, run action is accurate, steady, reliable, efficient, and noise is low, is adapted to more bags of stackings to be especially suitable for completing more than 9 layers super more bags of stackings, blanking with conveying operation.
Description
Technical field
The utility model is related to a kind of package packing machine, it is more particularly to a kind of for more bag package machine linkage production lines it is complete from
Move multistage stacking conveying device.
Background technology
At present, it is existing linkage packaging production line more bags (more than 5 bags) packaging when, one-level stacking of generally use,
Blanking and parallel-moving type transfering conveying device, especially more than 9 bags when more bags of packagings, superposition stacking blanking, packed article falls
Material and the stability of transfer conveying are unable to effective guarantee, and more bags of superpositions and stacking are in dropping process caused by drop is too big
Bag has generation more with sliding bag phenomenon, has a strong impact on the quality and efficiency of packaging production.
With packaging industry intellectualized reconstruction and the active demand of upgrading and the high speed development of industry, particularly China's Chinese medicine
Granular preparation production gives priority to field as what country supported energetically, and life is packed in high speed, efficient, high reliability bar bag linkage
Producing line is increasingly by the active demand in market.Therefore high speed, efficient, the automatic multi-step stacking of high reliability, automatic guiding
The research and development of blanking and automatic transfering conveying device, it is that the packaging production line that links realizes more bags of packaging productions and supporting required.
The content of the invention
Technical problem to be solved in the utility model is to provide a kind of compact-sized, run action is accurate, it is steady, can
Lean on, efficiently, noise is low, is adapted to more bags of stackings to be especially suitable for completing more than 9 layers super more bags of stackings, blanking and the use of conveying operation
In the full-automatic multistage stacking conveying device of more bag package machine linkage production lines.
The technical solution of the utility model is as follows：
A kind of full-automatic multistage stacking conveying device for more bag package machine linkage production lines, including conveyer belt mechanism,
Pocket baffle plate is evenly equipped with conveyer belt mechanism, in the top of conveyer belt mechanism, connection is supported by hopper, in hopper by along its
The uniform dividing plate in longitudinal direction forms multiple feed bins, and it is characterized in that：Both sides are respectively symmetrically provided with each feed bin on hopper
The one-level gate and two level gate arranged up and down, for each feed bin to be divided into the one-level feed bin and two level feed bin arranged up and down；
The one-level gate and two level gate are passed by the elongated hole on hopper side plate and are connected to gate driving device respectively, are used for
The switch of one-level gate and two level gate is controlled respectively；
Guiding supporting plate is arranged with positioned at pocket baffle plate both sides between conveyer belt mechanism and hopper, in conveyer belt mechanism two
Side is respectively equipped with supporting plate drive device, and supporting plate drive device is connected with the guiding supporting plate of homonymy respectively, and supporting plate is guided for driving
Pump and realize splicing.
As further preferred, the one-level gate and two level gate in each feed bin are forked and by hopper
In outside insertion feed bin, the gate connecting plate arranged up and down, the one-level gate and two level gate point are respectively equipped with hopper both sides
It is not connected as a single entity with corresponding gate connecting plate.
As further preferred, the gate driving device includes two drivings for being symmetrically arranged at hopper both ends inner chamber respectively
Cylinder, the cylinder rod of two drive cylinders are passed by hopper side plate and connect a gate connecting rod respectively, and the gate connecting plate is fixed
On corresponding gate connecting rod.
As further preferred, the hopper both ends are connected to conveyer belt mechanism both sides by a Troffer respectively.
As further preferred, at least two T-shaped connecting plates, the supporting plate driving are respectively equipped with the outside of the guiding supporting plate
Device connects one to one including at least two duplex cylinders, the piston rod of duplex cylinder with T-shaped connecting plate.
As further preferred, positioned at pocket baffle plate both sides, symmetrically suspension has L-type side between conveyer belt mechanism and hopper
Baffle plate, is uniformly connected with support arm on the side plate of conveyer belt mechanism both sides, and the side shield is fixed on together by short axle respectively
It is supported on the support arm of side and by support arm on conveyer belt mechanism.
As further preferred, corresponded on side shield and be provided with elongate holes, the T along longitudinal direction respectively at T-shaped connecting plate
Type connecting plate is passed through by corresponding elongate holes respectively.
The beneficial effects of the utility model are：
1st, due in each feed bin on hopper both sides be respectively symmetrically provided with the one-level gate and two level lock arranged up and down
Door, each feed bin is divided into the one-level feed bin and two level feed bin arranged up and down；Control one-level material respectively by gate driving device
The switch of storehouse and two level feed bin realizes two level segmentation stacking superposition, and blanking is highly only original half drop, and blanking is stable
Property be obviously improved, hence it is evident that reduce pocket superposition placing height, avoid single bag of superposition due to drop is high and triggers blanking not
Steady phenomenon.
2nd, due to being arranged between conveyer belt mechanism and hopper positioned at pocket baffle plate both sides by supporting plate drive device
Drive the guiding supporting plate that can be pumped；By guiding supporting plate to realize guiding blanking, fall after reducing superposition stacking
The total height of material, avoids that the high blanking triggered of drop after stacking is unstable and bag and sliding bag phenomenon, energy because pocket is superimposed
When enough realizing more bags of superposition stacking blankings, the blanking and the stability of transfer conveying of packed article.
3rd, compact-sized, run action is accurate, steady, reliable, efficiently, and noise is low, be adapted to 5~8 layers of more bags of stacking with it is defeated
The stacking blanking sent, it is especially suitable for completing more bags super to more than 9 layers of stacking, blanking and conveying operation.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is Fig. 1 top view.
Fig. 3 is Fig. 1 A-A sectional views.
In figure：Conveyer belt mechanism 1, pocket baffle plate 2, servomotor 3, Troffer 4, hopper 5, gate connecting rod 6, elongated hole 7,
Gate connecting plate 8, T-shaped connecting plate 9, adjustable seats 10, support arm 11, side plate 12, duplex cylinder 13, elongate holes 14, side shield
15, two level feed bin 16, one-level feed bin 17, dividing plate 18, one-level gate 19, two level gate 20, guiding supporting plate 21, drive cylinder 22,
Feed bin 23.
Embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out
Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole
Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made
The all other embodiment obtained, belong to the scope of the utility model protection.
As shown in Figure 1-Figure 3, what be the utility model is related to is a kind of for the full-automatic more of more bag package machine linkage production lines
Level stacking conveying device, including a conveyer belt mechanism 1 driven by servomotor 3, on the conveyer belt of conveyer belt mechanism 1
L-type pocket baffle plate 2 is uniformly fixed with longitudinally through screw along it, connection is supported by hopper 5 in the top of conveyer belt mechanism 1, should
Hopper 5 is formed by two hopper side plates and two end plate connections positioned at hopper side plate both ends.The end plate at the both ends of hopper 5 point
It is not supported on by a connection of Troffer 4 on the side plate 12 of the both sides of conveyer belt mechanism 1.
In the interior edge of hopper 5, it is longitudinally uniformly fixed with multipair dividing plate 18 and forms multiple feed bins 23, and the present embodiment is with six material
Exemplified by storehouse.Both sides are respectively symmetrically provided with the one-level gate 19 and two level gate arranged up and down in each feed bin 23 on hopper 5
20, for each feed bin 23 to be divided to one-level feed bin 17 and two level feed bin 16 to arrange up and down.The one-level gate 19 and two level
Gate 20 is passed by the elongated hole 7 on hopper side plate and is connected to gate driving device respectively, for controlling one-level lock respectively
The switch of door 19 and two level gate 20.The one-level gate 19 and two level gate 20 in each feed bin be it is forked and by
In the outside of hopper 5 insertion feed bin, the gate connecting plate 8 of about two arrangements, the one-level gate 19 are respectively equipped with the both sides of hopper 5
It is connected as a single entity respectively with corresponding gate connecting plate 8 with two level gate 20.
The gate driving device includes symmetrically being fixed on two drive cylinders 22 of the both ends inner chamber of hopper 5 respectively, two
The cylinder rod of drive cylinder 22 is passed by hopper side plate and connects a gate connecting rod 6 respectively, and the gate connecting plate 8 is consolidated by screw
Corresponding to being scheduled on gate connecting rod 6.
Guiding supporting plate 21 is arranged with positioned at the both sides of pocket baffle plate 2 between conveyer belt mechanism 1 and hopper 5, in conveyer belt
The both sides of mechanism 1 are respectively equipped with supporting plate drive device, and supporting plate drive device is connected with the guiding supporting plate 21 of homonymy respectively, for driving
Guiding supporting plate 21, which pumps, realizes splicing.
The outside of guiding supporting plate 21 is respectively equipped with least two T-shaped connecting plates 9 with the one of guiding supporting plate 21, the support
Plate drive device is driven using cylinder or servomotor, and supporting plate drive device described in the present embodiment includes at least two duplex gas
Cylinder 13, duplex cylinder 13 are arranged on the side plate of conveyer belt mechanism 1 by adjustable seats 10 respectively, the piston rod of duplex cylinder 13
Connected one to one with the outer end of T-shaped connecting plate 9.
Positioned at the both sides of pocket baffle plate 2, symmetrically suspension has L-type side shield 15 between conveyer belt mechanism 1 and hopper 5, is conveying
Support arm 11 is uniformly connected with side plate with the both sides of mechanism 1 by screw, the side shield 15 is fixed on by short axle respectively
It is supported on the support arm 11 of homonymy and by support arm 11 on conveyer belt mechanism 1.
Corresponded on the side shield 15 and be provided with elongate holes 14, the T-shaped connection along longitudinal direction respectively at T-shaped connecting plate 9
Plate 9 is passed through and can slided up and down along elongate holes 14 by corresponding elongate holes 14 respectively.
The automatic controller (not shown) of the servomotor 3 and more bag package machines electrically connects, the drive cylinder
22 and duplex cylinder 13 electrically connected respectively by magnetic valve and the automatic controller, to control servomotor 3, driving gas respectively
The action of cylinder 22 and duplex cylinder 13, so as to control the start and stop of conveyer belt mechanism 1, one-level gate 19 and two level gate 20 respectively
The lifting of switch and guiding supporting plate 21.
During work, after capturing powder charge into each one-level feed bin 17 simultaneously by multiple manipulators on pouch neatening machine
Pocket, after first time stacking pocket reaches the regulation bag number pre-set in one-level feed bin 17, controlled by automatic controller
The drive cylinder 22 of connection one-level gate 19 acts, and drives the one-level gate 19 of the lower end of one-level feed bin 17 overhanging by gate connecting rod
Open, multilayer pocket is fallen on automatically on the two level gate 20 of the lower end of two level feed bin 16, realize that first time stacking pockets.
After first time stacking pockets to two level feed bin 16 and performed, retracted by drive cylinder 22 and control one-level gate 19 to close
Close and continue stacking blanking into one-level feed bin 17, when meeting number of plies requirement, by the drive cylinder 22 for connecting one-level gate 19
Action control, one-level gate 19 is automatically opened up again, multilayer pocket continue fall on automatically in the raw material pile of two level feed bin 16
Face, realize second of superposition stacking blanking.
After second of superposition stacking blanking, above-mentioned stacking blanking is repeated according to the pocket number of plies of setting and acted, until two level
After the raw material pile number of plies of feed bin 16 reaches the number of plies of setting, the automatic controller control duplex cylinder 13 acts, duplex cylinder
13 drive guiding supporting plate 21 to rise to top by T-shaped connecting plate 9, are now driven by connecting the drive cylinder 22 of two level gate 20
Two level gate 20 automatically opens up, and meets the required amount of multilayer pocket of regulation and falls on guiding supporting plate 21 and be directed supporting plate 21 1
Rising and lift, the return of duplex cylinder 13 drives guiding supporting plate 21 to decline, after multilayer pocket drops to lower end with guiding supporting plate 21, servo
Motor 3 starts, and multilayer pocket is carried out into horizontal transfer conveying by conveyer belt mechanism 1, until next process is reached, it is such as automatic
Clip loading system etc..So far, the action process of the multilayer stacking blanking of a standard is completed in multistage stacking with guiding supporting plate 21, and this is dynamic
Move in circles, realization is worked continuously.
Although embodiment of the present utility model is disclosed as above, it is not restricted in specification and embodiment
Listed utilization, it can be applied to various suitable fields of the present utility model completely, for those skilled in the art,
Other modification is easily achieved, therefore under the universal limited without departing substantially from claim and equivalency range, this reality
Specific details is not limited to new and shown here as the legend with description.
Claims (7)
1. a kind of full-automatic multistage stacking conveying device for more bag package machine linkage production lines, including conveyer belt mechanism,
Pocket baffle plate is evenly equipped with conveyer belt mechanism, connection is supported by hopper in the top of conveyer belt mechanism, and hopper is interior by vertical along it
Multiple feed bins are formed to uniform dividing plate, it is characterized in that：Both sides are respectively symmetrically provided with upper and lower cloth in each feed bin on hopper
The one-level gate and two level gate put, for each feed bin to be divided into the one-level feed bin and two level feed bin arranged up and down；Described one
Level gate and two level gate are passed by the elongated hole on hopper side plate and are connected to gate driving device respectively, for controlling respectively
The switch of one-level gate and two level gate processed；
Guiding supporting plate is arranged with positioned at pocket baffle plate both sides between conveyer belt mechanism and hopper, in conveyer belt mechanism both sides point
Not She You supporting plate drive device, supporting plate drive device is connected with the guiding supporting plate of homonymy respectively, for driving above and below guiding supporting plate
Splicing is realized in reciprocating motion.
2. the full-automatic multistage stacking conveying device according to claim 1 for more bag package machine linkage production lines, its
It is characterized in：The one-level gate and two level gate in each feed bin are forked and by being inserted on the outside of hopper in feed bin,
The gate connecting plate arranged up and down is respectively equipped with hopper both sides, the one-level gate and two level gate connect with corresponding gate respectively
Plate is connected as a single entity.
3. the full-automatic multistage stacking conveying device according to claim 2 for more bag package machine linkage production lines, its
It is characterized in：The gate driving device includes two drive cylinders for being symmetrically arranged at hopper both ends inner chamber, two driving gas respectively
The cylinder rod of cylinder is passed by hopper side plate and connects a gate connecting rod respectively, and the gate connecting plate is fixed on corresponding gate connecting rod
On.
4. the full-automatic multistage stacking conveying device according to claim 1 for more bag package machine linkage production lines, its
It is characterized in：The hopper both ends are connected to conveyer belt mechanism both sides by a Troffer respectively.
5. the full-automatic multistage stacking conveying device according to claim 1 for more bag package machine linkage production lines, its
It is characterized in：At least two T-shaped connecting plates are respectively equipped with the outside of the guiding supporting plate, the supporting plate drive device includes at least two
Duplex cylinder, the piston rod of duplex cylinder connect one to one with T-shaped connecting plate.
6. the full-automatic multistage stacking conveying device according to claim 5 for more bag package machine linkage production lines, its
It is characterized in：Positioned at pocket baffle plate both sides, symmetrically suspension has L-type side shield between conveyer belt mechanism and hopper, in conveyer belt mechanism
Support arm is uniformly connected with the side plate of both sides, the side shield is fixed on the support arm of homonymy and passed through by short axle respectively
Support arm is supported on conveyer belt mechanism.
7. the full-automatic multistage stacking conveying device according to claim 6 for more bag package machine linkage production lines, its
It is characterized in：Corresponded on side shield and be provided with elongate holes along longitudinal direction respectively at T-shaped connecting plate, the T-shaped connecting plate is respectively by right
The elongate holes answered pass through.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820031514.7U CN207120935U (en) | 2018-01-09 | 2018-01-09 | Full-automatic multistage stacking conveying device for more bag package machine linkage production lines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820031514.7U CN207120935U (en) | 2018-01-09 | 2018-01-09 | Full-automatic multistage stacking conveying device for more bag package machine linkage production lines |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207120935U true CN207120935U (en) | 2018-03-20 |
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ID=61602111
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820031514.7U Active CN207120935U (en) | 2018-01-09 | 2018-01-09 | Full-automatic multistage stacking conveying device for more bag package machine linkage production lines |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207120935U (en) |
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2018
- 2018-01-09 CN CN201820031514.7U patent/CN207120935U/en active Active
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